Complete the table mass of test tube + beaker + stir bar + solvent (g) 34.45 mass of test tube + beaker + stir bar + solvent + solute (g) 41.98 mass of test tube + beaker + stir bar (g) 10.93 (A) 23.52 mass of solvent (g) (B) 7.53 mass of solute (g) freezing point pure solvent (°C) 45.94 freezing point solution (°C) 42.14 (A) correct 1/1 (B) correct 1/1 If the freezing point depression constant of the pure solvent is 8.08 °C-kg solvent/mol solute, calculate the molar mass of the solute g/mol no answer given 0/1
Complete the table mass of test tube + beaker + stir bar + solvent (g) 34.45 mass of test tube + beaker + stir bar + solvent + solute (g) 41.98 mass of test tube + beaker + stir bar (g) 10.93 (A) 23.52 mass of solvent (g) (B) 7.53 mass of solute (g) freezing point pure solvent (°C) 45.94 freezing point solution (°C) 42.14 (A) correct 1/1 (B) correct 1/1 If the freezing point depression constant of the pure solvent is 8.08 °C-kg solvent/mol solute, calculate the molar mass of the solute g/mol no answer given 0/1
Chemistry: Principles and Reactions
8th Edition
ISBN:9781305079373
Author:William L. Masterton, Cecile N. Hurley
Publisher:William L. Masterton, Cecile N. Hurley
Chapter10: Solutions
Section: Chapter Questions
Problem 48QAP: The Rast method uses camphor (C10H16O) as a solvent for determining the molar mass of a compound....
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If the freezing point depression constant of the pure solvent is 8.08 ºC·kg solvent/mol solute, calculate the molar mass of the solute
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